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Multi-position handling cart — FEA substantiation

Mechanical substantiation of a cart supporting four load configurations in three angular positions. The study combines beam/shell modelling, connections, 12 load cases, FEA results and analytical checks of shafts and assemblies.

DisciplineCalculations & simulation · Welded structure · Connections
Documented scope4 project stages
Calculated displacement of a multi-position handling cart
01 — Project journey

From requirement to industrial reality.

A documented view of the decisive engineering, manufacturing and validation steps.

Stage 01Engineering evidence

Geometry & load-bearing architecture

Identification of frame tubes, shafts, bearings, indexing pin and castors to build a model consistent with the actual load path.

Model data4 configurationsAnalysed loads

Distinct masses and centres of gravity

Model data3 positionsOrientation

0° · +90° · -90°

Model data12 casesAnalysis matrix

Configurations × positions

Technical review points
  • Technical objective
  • Interfaces
  • Acceptance criteria
Documented evidence01 technical views
Multi-position handling cart — FEA substantiation — Geometry & load-bearing architecture
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